Badminton Racket With Pro Specs-Mizuno JPX 10.3 Badminton Racket

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Mizuno JPX 10.3 Badminton Racket is a professional come powerful badminton racket used by top players. The frame and shaft is developed with latest RnD and technology. Mizuno is known for providing quality products.


Mizuno Jpx 10.3 Badminton Racket

Brand

Mizuno

Country Of Origin

China

Cover Included

Yes

Skill Level

Professional

Delivery Period

2-7 Business Days

Packaging

100% Secured Corrugated boxes

for safety in Transit


Racket Specifications

Weight

84g (4U)

Balance Point

Head Heavy -[]-|-|-|-|- Head Light

Shaft Flexibility

Stiff

Max String Tension

≤ 30 LBS

Special Features

 

 

 

 

FEEL THE POWER

DUPLEX DESIGN

AERO HEXAGRAM

ZYLON REINFORCED [FRAME]

SLIM SHAFT

RAPID RESPONSE SYSTEM

HIGH FOAM SYSTEM FRAME

HOT MELT TECH


FEEL THE POWER : 

 HOT MELT TECH : 

The graphite sheets are heated at a higher temperature to further eliminate the impurities during the initial manufacturing process. This results in a smoother more consistent coating that not only strengthens the frame but enhances the aerodynamics of the graphite thus increasing the racquets velocity.

DUPLEX DESIGN : 

mizuno duplex designAERO HEXAGRAM : 

mizuno aero hexagram

The Rapid Response System is an innovative technology aimed at delivering explosive power with every shot.  By carefully calibrating the kick-point on the shaft, a moderate snapping back and a quick spring back creates a faster and more accurate smash.

ZYLON REINFORCED [FRAME] : 

Zylon is twice as strong as aramid fibres and 10 times stronger than steel. This extremely robust lightweight material is woven over the shaft to increase the overall tensile strength and tenacity of the frame.

  SLIM SHAFT : 

The Slim Shaft reduces drag and enables the racquet to be highly responsive. The thickness of the shaft reduces overall racquet weight and thus creating high speed smashes with ease.

HIGH FOAM SYSTEM FRAME : 

Strengthening the external frame and still keeping the flexibility of the inner frame. By using a special moulding technology, EVA foam is used on the internal of the frame.
This construction enables the frame to absorb shock when hitting the shuttlecock and offers more power.